Corrugated Packaging Machinery Round Carbide Razor Blades for Sale
USD $37.48 - $168.29 /Piece
Min.Order:10 Pieces
Zhengtong Special Material Factory Hi&New Tech Zone Chengdu
Corrugated Packaging Machinery Round Carbide Razor Blades for Sale
Description:
I’m Tom from Zhengtong factory, we manufactures an extensive range of
knives/blades for customers are industries from corrugated cutting, paper core
slitting, corrugator packing machineries.
Machine Brands: BHS, Agnati, Marquip, Fosber, Peters, Isowa, Mitsubishi, etc.
Knife size range:
OD: 200mm to 330mm
ID: 32mm to 203mm
Thickness: 0.8mm to 1.5mm
Regular stocks are always kept for fast delivery, besides we customize knives which are developed for special applications or new machines, exactly in accordance with the customer's drawing & requirements.
Regular Sizes:
Razor Blades for Sale Display:
Comments from Germany:
Words from Friend in France:
Application Field:
Customized Blades:
Q:What is cemented carbide ?
A:Cemented carbide is a hard material used in machining tough materials such as carbon steel or
stainless, as well as in situations where other tools would wear away, such as high-quantity
production runs. Most of the time, carbide will leave a better finish on the part, and allow faster
machining. Carbide tools can also withstand higher temperatures than standard high speed steel tools.
Q: Which grade characteristics affect the properties of cemented carbide?
A: The properties of cemented carbides are affected by four primary material characteristics,
namely, (i) the average grain size of the carbide phase, (ii) the weight or volume percent of the
binder alloy present, (iii) the composition of the carbide phases, and (iv) the composition of the
binder alloy. In general, hardness increases (and fracture toughness decreases) as the average hard
phase grain size decreases and/or the weight or volume fraction of the binder decreases.
The strength increases as the average grain size of hard phase decreases at any given binder fraction.
Corrosion resistance increases as Ni and/or Cr is substituted for Co in the binder alloy.